9-strings
Number of DOMs Vs Log(Npe)
The high energy pole filter (NDOM>53) and the EHE criteria Npe>1.0e4 are plotted together
9-strings
Event rate as a functon of cos(theta-MC truth)
Solid curve : Our "base cut" - Npe>200 NDOM >4
Dashed curve : High Energy pole filter - NDOM >53
Dotted curve : Our criteria - Npe >1.0e4
Left Panel: Weighted by Atmospheric muon flux(red) and GZK muon (blue)
Right Panel: Unweighted. E^{-2}(red) and E^{-1}(blue)
9-strings
Event rate as a function of NPE (photoelectron sum)
Solid curve : Our "base cut" - Npe>200 NDOM >4
Dashed curve : High Energy pole filter - NDOM >53
Dotted curve : Our criteria - Npe >1.0e4
Left Panel: Weighted by Atmospheric muon flux(red) and GZK muon (blue)
Right Panel: Unweighted. E^{-2}(red) and E^{-1}(blue)
80-strings
Event rate as a function of NPE (photoelectron sum)
After the "High Energy" filter NDOM > 80
Left Panel: Weighted by Atmospheric muon flux(red) and GZK muon (blue) tau (black)
Right Panel: Integrated event rate (>Npe) adding both atm muon and the GZK's
80-strings
Event rate as a function of NDOM (Number of DOMs with reco pulse)
After the "Unblinding NPE cut" Npe > 1.0e4
Left Panel: Weighted by Atmospheric muon flux(red) and GZK muon (blue) tau (black)
Right Panel: Integrated event rate (>NDOM) adding both atm muon and the GZK's
80-strings
Event rate as a function of NDOM (Number of DOMs with reco pulse)
Same as above, but with expanded scale.
After the "Unblinding NPE cut" Npe > 1.0e4
Left Panel: Weighted by Atmospheric muon flux(red) and GZK muon (blue) tau (black)
Right Panel: Integrated event rate (>NDOM) adding both atm muon and the GZK's
